bool Save::readLine(Ship* mShip, vector<Planet*>& mPlanets)
{
string line = "";
if (std::getline(*getLoadFile(), line))
{
string objectName = line.substr(line.find_first_of("[")+1, line.find_first_of("-") - line.find_first_of("[") - 1);
string property = line.substr(line.find_first_of("-") + 1, line.find_first_of("]") - line.find_first_of("-") - 1);
line = line.substr(line.find_first_of("=")+1);
string value = line.substr(line.find_first_of("=") + 2, line.find_first_of("]") - line.find_first_of("[") - 1);
if (!objectName.compare(0, 4, "ship") )
{
readShip(mShip, property, value);
}
else
{
int id = std::stoi(objectName.substr(objectName.find_first_of("t") + 1));
if (mPlanets.size() <= id)
{
mPlanets.push_back(new Planet());
mPlanets.back()->setMI(getMI());
}
readPlanet(mPlanets.back(), property, value);
}
return true;
}
else
{
return false;
}
}
GLuint ParserLy::setTexture(char **cp) {
GLuint texName;
int w = getLoadFile().getInt(cp);
int h = getLoadFile().getInt(cp);
int imgLength = getLoadFile().getInt(cp);
glGenTextures(1, &texName);
glBindTexture(GL_TEXTURE_2D, texName);
glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_WRAP_S, GL_REPEAT);
glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_WRAP_T, GL_REPEAT);
glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_MAG_FILTER, GL_CLAMP_TO_EDGE);
glTexParameteri(GL_TEXTURE_2D, GL_TEXTURE_MIN_FILTER, GL_LINEAR_MIPMAP_LINEAR);
// glTexEnvf(GL_TEXTURE_ENV, GL_TEXTURE_ENV_MODE, GL_REPLACE);
glTexImage2D(GL_TEXTURE_2D, 0, GL_RGBA, w, h, 0, GL_RGBA, GL_UNSIGNED_BYTE,
*cp);
//glGenerateMipmap (GL_TEXTURE_2D);
return texName;
}
void Save::loadSave(CIndieLib* mI, Ship*& mShip, vector<Planet*>& mPlanets)
{
setMI(mI);
getLoadFile()->open("../SpaceGame/Saves/quickSave.txt", ios::in);
if (!getLoadFile()->is_open())
{
writeError(1000, 200, "Save", "Can't open file for reading!");
return;
}
mShip = new Ship();
mShip->setMI(getMI());
while (readLine(mShip, mPlanets));
getLoadFile()->close();
getMI()->_input->update();
getMI()->_render->beginScene();
getMI()->_entity2dManager->renderEntities2d();
getMI()->_render->endScene();
}
Animation *Movement::loadAnimation(char * fileName)
{
LOGI("loadAnimation 0");
char folder[]="./sdcard/animationFile/";
char * filePath=getLoadFile().combineChars(folder,fileName);
LOGI("aniFile:%s",filePath);
char * chars=getLoadFile().getCharsofFile(filePath);
Animation *pA=(Animation*)malloc(sizeof(*pA));
pA->frameNum=*(int*)chars;
//LOGI("frameNum %d\n", *(ep->pA->frameNum));
chars+=4;
pA->frameTime=(float*)chars;
//LOGI("frameTime %f\n", *(ep->pA->frameTime));
chars+=4*(pA->frameNum);
pA->jointNum=*(int*)chars;
//LOGI("jointNum %d\n", *(ep->pA->jointNum));
chars+=4;
pA->joints=(Joint*)malloc(sizeof(Joint)*(pA->jointNum));
for(int i=0;i<(pA->jointNum);i++){
pA->joints[i].sn=i;
pA->joints[i].posf[0]=(*((float*)chars));
chars+=4;
pA->joints[i].posf[1]=(*((float*)chars));
chars+=4;
pA->joints[i].posf[2]=(*((float*)chars));
chars+=4;
pA->joints[i].Matrix=(float*)chars;
chars+=16*4*(pA->frameNum);
}
//ep->pA->jointMatrixs=(float*)chars;
pA->frame=1;
pA->direction=1;
pA->change_stay=1;
LOGI("loadAnimation done");
return pA;
}
bool Movement::load()
{
LOGI("loadAnimation");
char folder[]="./sdcard/animationFile/";
//char * filePath=combineChars(aniPath,fileName);
//LOGI("aniFile:%s",filePath);
char * chars=getLoadFile().getDataOfAniFile(fileName);//getCharsofFile(filePath);
pA=new Animation();//(Animation*)malloc(sizeof(*pA));
pA->id=code;
pA->frameNum=*(int*)chars;
//LOGI("frameNum %d\n", *(ep->pA->frameNum));
chars+=4;
pA->frameTime=(float*)chars;
//LOGI("frameTime %f\n", *(ep->pA->frameTime));
chars+=4*(pA->frameNum);
pA->jointNum=*(int*)chars;
//LOGI("jointNum %d\n", *(ep->pA->jointNum));
chars+=4;
pA->joints=(Joint*)malloc(sizeof(Joint)*(pA->jointNum));
pA->joints[0].sn=0;
pA->joints[0].posf[0]=(*((float*)chars));
chars+=4;
pA->joints[0].posf[1]=(*((float*)chars));
chars+=4;
pA->joints[0].posf[2]=(*((float*)chars));
chars+=4;
pA->joints[0].Matrix=(float*)chars;
chars+=16*4*(pA->frameNum);
pA->joints[0].Matrix_1=(float*)chars;
chars+=16*4*(pA->frameNum);
for(int i=1;i<(pA->jointNum);i++){
pA->joints[i].sn=i;
pA->joints[i].posf[0]=(*((float*)chars));
chars+=4;
pA->joints[i].posf[1]=(*((float*)chars));
chars+=4;
pA->joints[i].posf[2]=(*((float*)chars));
chars+=4;
pA->joints[i].Matrix=(float*)chars;
chars+=16*4*(pA->frameNum);
}
//ep->pA->jointMatrixs=(float*)chars;
pA->frame=0;
pA->direction=1;
pA->change_stay=0;
LOGI("loadAnimation done");
}
void ParserLy::parse()
{
if (!gp) return;
char folder[]="./sdcard/lyfile/";
//char * filgpath=combineChars(lyPath,pfileName);
LOGI("Graph:%s",pfileName);
char *data=getLoadFile().getDataOfLyFile(pfileName);
//gp->fileData=data;//getCharsofFile(filgpath);
//gp->fileData=getCharsofFile(pfileName);
//gp->fileData=chars;
if(*(data)++!=76) return;
//getMtls(&(gp->fileData),gp);
getMtls(&(data));
//delete[] data;
//gp->fileData=0;
data=0;
}
void SetScene::onCreate(){
char filgpath[] = "choose7.lyout";//"fight7.lyout";//combineChars(layoutPath, pSceneName);
LOGI("Graph2:%s", filgpath);
char *data = getLoadFile().getDataOfLyoutFile(filgpath);//getCharsofFile(filgpath);
//pGRG->clear();
int dataPos = 0;
int NumGraphRace = 0;
int NumEntity = 0;
int entityNum = 0;
int LfileName = 0;
dataPos++;
dataPos+=sizeof(int);//version
NumGraphRace = data[dataPos];
dataPos++;
for (int h=0; h<NumGraphRace; h++)
{
NumEntity=data[dataPos];
dataPos++;
LfileName=data[dataPos];
dataPos++;
char *strFN=(char*)malloc(LfileName+1);
for (int j=0; j<LfileName; j++)
{
strFN[j]=data[dataPos];
dataPos++;
}
strFN[LfileName]=0;
GraphData *pGD=GraphData::getInstance(strFN);//new GraphData();
//pGD->setFileName(strFN);
//pGD->load();
pGD->setBatchs(1);
for(int i=0; i<NumEntity; i++)
{
MyButton *pGTemp = new MyButton();
//MessageBox(_T(chars));
pGTemp->setFileName(strFN);
pGTemp->gp=pGD;
//pGMain->pGRG->add(gdata2);
//gdata2->load();
for (int j=0; j<16; j++)
{
float f_=*(float*)(data+dataPos);
dataPos+=4;
pGTemp->pTransform->pTOmatrix->mMatrixQueue[0][j]=f_;
}
for (int j=0; j<16; j++)
{
float f_=*(float*)(data+dataPos);
dataPos+=4;
pGTemp->pTransform->pSOmatrix->mMatrixQueue[0][j]=f_;
}
for (int j=0; j<16; j++)
{
float f_=*(float*)(data+dataPos);
dataPos+=4;
pGTemp->pTransform->pROmatrix->mMatrixQueue[0][j]=f_;
}
pGTemp->calculateMatrix();
// read type of the role
pGTemp->roleType=*(int*)(data+dataPos);
dataPos+=4;
if(pGTemp->roleType==Graph::ROLE_FIXED0)// bg
{
pgBackground=pGTemp;
}
else if(pGTemp->roleType==Graph::ROLE_FIXED1)
vButtonAll.push_back(pGTemp);
//pGMain->graphList.push_back(gdata2);
//dataPos=onShapeRead(gdata2,data,dataPos);
}
free(strFN);
//dataPos+=64;
}
float *pfca=(float *)(data+dataPos);
pCamera=new Camera();
//pCamera->setCamera(pfca[0],pfca[1],pfca[2], pfca[3],pfca[4],pfca[5], pfca[6],pfca[7],pfca[8]);
pCamera->setCamera(0.0f,5.0f,13.5f,
0.0f, 1.2f,-3.5f,
0.0f,1.0f,0.0f);
//LOGI("c0:%f,%f,%f",pfca[0],pfca[1],pfca[2]);
//LOGI("c1:%f,%f,%f",pfca[3],pfca[4],pfca[5]);
//LOGI("c2:%f,%f,%f",pfca[6],pfca[7],pfca[8]);
pCamera->m_PointVector = pCamera->m_View - pCamera->m_Position;
inOutVec1=pCamera->m_PointVector*(1.0f/(float)frameAllGetIn);
inOutVec2=-inOutVec1;
//for(int i=0;i<6;i++)
//{
// vMyButton.push_back(vButtonAll[i]);
//}
invX=vButtonAll[3]->pTransform->pTOmatrix->mMatrixQueue.back()[12]
- vButtonAll[0]->pTransform->pTOmatrix->mMatrixQueue.back()[12];
invY=vButtonAll[3]->pTransform->pTOmatrix->mMatrixQueue.back()[13]
- vButtonAll[0]->pTransform->pTOmatrix->mMatrixQueue.back()[13];
invZ=vButtonAll[3]->pTransform->pTOmatrix->mMatrixQueue.back()[14]
- vButtonAll[0]->pTransform->pTOmatrix->mMatrixQueue.back()[14];
//pCamera->setCamera(0.5,50,-100, 0,0,0, 0, 1, 0);
//dataPos+=9*sizeof(float);
sceneNum=vButtonAll.size();
}
void SceneTutorial::onCreate(){
//pg_background=new Graph();
//char fileName[]="skybox3.ly";
//pg_background->setFileName(fileName);
//pg_background->load();
//Square* pSquare=new Square();
//vSquare.push_back(pSquare);
char filgpath[] = "choose3.lyout";//"fight7.lyout";//combineChars(layoutPath, pSceneName);
LOGI("Graph2:%s", filgpath);
char *data = getLoadFile().getDataOfLyoutFile(filgpath);//getCharsofFile(filgpath);
//pGRG->clear();
int dataPos = 0;
int NumGraphRace = 0;
int NumEntity = 0;
int entityNum = 0;
int LfileName = 0;
dataPos++;
dataPos+=sizeof(int);//version
NumGraphRace = data[dataPos];
dataPos++;
for (int h=0; h<NumGraphRace; h++)
{
NumEntity=data[dataPos];
dataPos++;
LfileName=data[dataPos];
dataPos++;
char *strFN=(char*)malloc(LfileName+1);
for (int j=0; j<LfileName; j++)
{
strFN[j]=data[dataPos];
dataPos++;
}
strFN[LfileName]=0;
GraphData *pGD=GraphData::getInstance(strFN);//new GraphData();
//pGD->setFileName(strFN);
//pGD->load();
for(int i=0; i<NumEntity; i++)
{
OptionGraph *pGTemp = new OptionGraph();
//MessageBox(_T(chars));
pGTemp->setFileName(strFN);
pGTemp->gp=pGD;
//pGMain->pGRG->add(gdata2);
//gdata2->load();
for (int j=0; j<16; j++)
{
float f_=*(float*)(data+dataPos);
dataPos+=4;
pGTemp->pTransform->pTOmatrix->mMatrixQueue[0][j]=f_;
}
for (int j=0; j<16; j++)
{
float f_=*(float*)(data+dataPos);
dataPos+=4;
pGTemp->pTransform->pSOmatrix->mMatrixQueue[0][j]=f_;
}
for (int j=0; j<16; j++)
{
float f_=*(float*)(data+dataPos);
dataPos+=4;
pGTemp->pTransform->pROmatrix->mMatrixQueue[0][j]=f_;
}
pGTemp->calculateMatrix();
// read type of the role
pGTemp->roleType=*(int*)(data+dataPos);
dataPos+=4;
if(pGTemp->roleType==Graph::ROLE_FIXED0)// bg
pgBackground=pGTemp;
else if(pGTemp->roleType==Graph::ROLE_FIXED1)
vgPlanes.push_back(pGTemp);
//pGMain->graphList.push_back(gdata2);
//dataPos=onShapeRead(gdata2,data,dataPos);
}
free(strFN);
//dataPos+=64;
}
float *pfca=(float *)(data+dataPos);
pCamera=new Camera();
pCamera->setCamera(pfca[0],pfca[1],pfca[2], pfca[3],pfca[4],pfca[5], pfca[6],pfca[7],pfca[8]);
//pCamera->setCamera(0.5,50,-100, 0,0,0, 0, 1, 0);
dataPos+=9*sizeof(float);
LOGI("setCamera 1");
}
